OdraixOdraix

System Architecture

From the canopy to command.

DeepSense nodes form the LoRa mesh and uplink to gateways. Vehicles report into nodes. Drones refresh firmware and harvest edge data. Officers receive alerts through cloud apps and dashboards.

Nodes on LoRa mesh Drone firmware OTA Cloud alerts to officers
Request a demo How it works
LoRa mesh
Node
Node
Node
Vehicle → node
Gateway
Drone
Firmware update Data harvest
Cloud
Officers
Cloud alerts & apps
Nodes
Mesh

Signal paths

Mesh in the canopy. Apps at the edge of command.

Nodes mesh and uplink to gateways. Vehicles report into nodes. Drones refresh firmware and harvest edge logs. Alerts reach officers through the cloud and field apps.

Step 01
Vehicle → Node
Signals into node
Step 02
Nodes on mesh
Uplink to gateway
Step 03
Gateway
Backhaul to cloud
Step 04
Drone
Firmware + data harvest
Step 05
Cloud
Alerts & analytics
Step 06
Officers
Cloud apps & alerts
Nodes form the mesh Vehicles → nodes Drone firmware + harvest Officer apps & alerts

Drone role

Sky-side service for every node.

On a scheduled circuit the Odraix drone visits each DeepSense unit: push signed firmware and AI models down, pull encrypted edge logs up, then fly to the next node. Sensing and alert uplink stay with the canopy mesh and gateway; the drone keeps every node current and collected.

OTA firmware & models
Signed, delta-only rollouts land on each DeepSense node during a short hover.
Encrypted data harvest
Edge detections, health and audit logs uplink to the drone before it flies to the next node.
Scheduled canopy circuit
Hover, sync, then onward. When the drone leaves, nodes keep sensing and uplinking on their own.
Node → node service circuit
Firmware · harvest
Odraix Drone
OTA ↓ · Harvest ↑
OTA
LOG
Node A-14
Sector 3
Servicingv2.4.1
OTA
LOG
Node B-07
Sector 5
Servicingv2.4.1
OTA
LOG
Node C-22
Sector 8
Servicingv2.4.1
Firmware / model push Encrypted log harvestHover → sync → next node

Layers

Each layer has one job.

Layer 01

Forest Main Nodes

On the LoRa mesh

DeepSense nodes form the mesh — fusing acoustic, gas and night vision on-device, then sending classified signals across the mesh toward gateways.

Layer 02

Department Vehicles

Signal into nodes

Patrol vehicles send location and status signals to nearby DeepSense nodes. Vehicles talk to the node layer — they are not mesh routers themselves.

Layer 03

Central Gateway

Receives mesh uplinks

Odra Gateway sits at the edge of the forest mesh, aggregates traffic from nodes, buffers offline, and backhauls over 4G or satellite to the cloud.

Layer 04

Autonomous Drone

Firmware + data harvest

Flies node to node on a scheduled circuit — signed firmware and models down, encrypted edge logs up — then moves on to the next DeepSense unit.

Layer 05

Central Server

India Cloud · AI + storage

Gateway backhaul lands in secure cloud storage and analytics — maps, trends and audit trails for forest administrators.

Layer 06

Forest Officers

Apps & cloud alerts

OdraTrack and command dashboards deliver classified alerts, SOS and patrol status after gateway backhaul reaches the cloud.

Operational flows

Three paths that keep the forest awake.

Threat uplink

  1. 1Node classifies on-device
  2. 2Mesh uplink to gateway
  3. 3Gateway backhaul
  4. 4Cloud alerts officers

Vehicle → node

  1. 1Vehicle transmits
  2. 2Nearest node receives
  3. 3Node meshes onward
  4. 4Gateway / cloud as needed

Drone service

  1. 1Flight plan to nodes
  2. 2Firmware / model push
  3. 3Encrypted log harvest
  4. 4Return & sync
Nodes form the LoRa mesh
Vehicles send signals to nodes
Drones: firmware + data harvest
Officers receive cloud alerts

Deploy a mesh that fits your forest.

From a handful of DeepSense nodes to a full canopy mesh with drone servicing and officer apps — we design the architecture with you.

Talk to us Explore Odra Gateway